H25D-SS-1000-BZ-15V/V-EM16-S

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Encoders

Encoders are devices used to measure the rotation or motion of a shaft, and consequently the velocity and position of the object its attached to. This is done by encoding the position of the shaft into an electrical signal. The voltage generated by this encoded signal is usually referred to as the "code voltage".

H25D-SS-1000-BZ-15V/V-EM16-S

The H25D-SS-1000-BZ-15V/V-EM16-S encoder is designed for many industrial applications where motor speed or position needs to be monitored. It combines the ability to measure rotational acceleration and angular velocity over a wide range of speeds. It has a resolution of 1000 cycles per revolution, making it an ideal choice for motion feedback in applications such as robotics, machine tools, aerial vehicles, and precision positioning.

Application Field

This encoder is suitable for applications with high speed rotation and torque, such as robotics, machine tools, drones, and precision positioning. It is designed to measure rotational acceleration and angular velocity over a wide range of speeds. It can also be used in applications where motor speed or position needs to be monitored with high accuracy.

Working Principle

The H25D-SS-1000-BZ-15V/V-EM16-S encoder works on a simple principle. When a rotating shaft spins, the encoder generates a sinusoidal signal. This signal is transferred from the rotating shaft to the encoder\'s sensors via a shaft mounted gear or pulley. The signal is then converted to a pulse code which is then received and processed by the controller.

The encoder is constructed using two parts - a stationary part and a rotating part. The stationary part consists of a housing, a shaft-mounted magnet, and sensors. The rotating part consists of a disk, magnetic flux concentrators, and integrated circuitry. When the disk rotates in the magnetic field, a coil of wire creates an electrical potential, which is amplified by a differential amplifier and converted into a digital signal.

The encoder then produces a set of three pulses - A, B, and Z - which provide a digital representation of the rotational position. The A and B pulses represent the direction of the rotation and the Z pulse is used to reset the encoder\'s internal counter to zero. The generated signal is then picked up by a controller, which uses it to calculate the motor\'s speed or position.

The H25D-SS-1000-BZ-15V/V-EM16-S encoder is designed to deliver reliable performance in challenging environments. It is equipped with an integrated temperature sensor, which helps protect the encoder from excessive temperatures. This ensures that the output signal remains accurate for longer. This encoder also incorporates a power saver feature which helps to conserve power.

In conclusion, the H25D-SS-1000-BZ-15V/V-EM16-S encoder is a reliable and highly accurate device designed for industrial applications requiring high-speed rotation monitoring. Its high resolution and integrated temperature sensor make it an excellent choice for motion feedback and precision positioning.

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